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Acidifying soil in landscapes and gardens east of the Cascades

Creator:: Oregon State University. Extension Service, Locke, Kerry A., Horneck, D., Hart, J., and Stevens, R.
Abstract:: The comfortable, sunny climate and numerous recreational activities east of the Cascade Mountain Range in Oregon and Washington attract many new residents each year. Unfortunately, these new residents often fi nd that their previous gardening experience doesn’t translate into success in their new environment. Long-time residents also are frustrated by...
Resource Type:: Technical Report
Full Text:: , Extension faculty, Umatilla and Morrow counties, Oregon State University; John Hart, Extension soil

Acidifying soil for crop production west of the Cascade Mountains

Creator:: Oregon State University. Extension Service, Horneck, Donald Arthur, Hart, John M. (John Mervyn), 1947-, Stevens, R., Petrie, S., and Altland, James Elmer, 1973-
Abstract:: Soil acidification sometimes is necessary for optimum plant growth west of the Cascade Mountain Range. Commercial producers of blueberries, azaleas, rhododendrons, and other ornamentals may need to reduce soil pH for optimum production. Soil acidification is best performed prior to planting; it is much more difficult in established plantings. No...
Resource Type:: Technical Report
Full Text:: • February 2004 $2.00 ACIDIFYING SOIL FOR CROP PRODUCTION WEST OF THE CASCADE MOUNTAINS (WESTERN OREGON AND

Eastern Oregon liming guide

Creator:: Sullivan, Dan M. (Dan Matthew), 1954-, Horneck, Donald Arthur, Wysocki, Donald John, 1952-, and Oregon State University. Extension Service
Abstract:: Liming is a new practice for the inland Pacific Northwest, necessitated by soil acidification caused by nitrogen fertilization. This publication provides guidance on how to evaluate cropping systems for lime need and how to determine lime application rate.
Resource Type:: Technical Report
Full Text:: Eastern Oregon Liming Guide 1 Why is liming needed now

El control del riego mediante la tension matricial del suelo

Creator:: Shock, Clinton C., Welch, Teresa, Wang, Feng-Xin, Flock, Rebecca, Feibert, Erik Bruno Goncalves, Shock, Cedric A., Pereira, Andre, and Oregon State University. Extension Service
Abstract:: Explica el uso de los sensores matriciales granulares para la medición de la tensión de humedad del suelo. Explica cómo instalar estos sensores y cómo usar los datos registrados para la programación del riego. (Discusses the use of granular matrix sensors (GMS) for monitoring soil moisture content . Explains how...
Resource Type:: Technical Report
Full Text:: AM400 Soil Moisture Data Logger to Aid Irrigation Scheduling. Oregon State University, Malheur

Irrigation monitoring using soil water tension

Creator:: Shock, Clinton C., Wang, Feng-Xin, Flock, Rebecca, Feibert, Erik Bruno Goncalves, Shock, Cedric A., Pereira, Andre, and Oregon State University. Extension Service
Abstract:: This publication discusses the use of granular matrix sensors (GMS) for monitoring soil moisture content. It explains how to install GMS and use the recorded data for irrigation scheduling.
Resource Type:: Technical Report
Full Text:: Monitoring Using Soil Water Tension EM 8900 • Revised March 2013 Irrigation Monitoring Using Soil Water

El control del riego mediante la tensión matricial del suelo

Creator:: Shock, Clinton C., Flock, Rebecca, Feibert, Erik, Shock, Cedric A., Pereira, Andre, Jensen, Lynn, and Oregon State University. Extension Service
Abstract:: Una de las herramientas más eficaces utilizadas por el Malheur Experiment Station durante las últimas dos décadas es el sensor matricial granular (o GMS por sus siglas en inglés), el cual mide la humedad del suelo. El sensor tiene sólo 7,5 cm de largo, y normalmente se entierra verticalmente en...
Resource Type:: Technical Report
Full Text:: Eastern Oregon. Western Journal of Applied Forestry 17:46–5�. Shock, C.C., E.B.G. Feibert, y L.D

Irrigation monitoring using soil water tension

Creator:: Flock, Rebecca, Flock, Rebecca, Feibert, Erik, Shock, Cedric A., Pereira, Andre, Jensen, Lynn, and Oregon State University. Extension Service
Abstract:: One of the most important tools we have been using at the Malheur Agricultural Experiment Station over the past two decades is the granular matrix sensor (GMS, Watermark Soil Moisture Sensor, Irrometer Co., Riverside, CA), which measures soil moisture. It is only about 3 inches long and normally is buried...
Resource Type:: Technical Report
Full Text:: . 2002. Evaluation of the AM400 Soil Moisture Data Logger to Aid Irrigation Scheduling. Oregon State

Long-term management effects on soil productivity and crop yield in semi-arid regions of Eastern Oregon

Creator:: Oregon State University. Agricultural Experiment Station, United States. Agricultural Research Service, Columbia Basin Agricultural Research Center, Rasmussen, Paul E., Collins, Harold P., and Smiley, Richard W.
Abstract:: Long-term experiments were started at Pendleton and Moro, Oregon in the 1930's to evaluate the effects of tillage, fertilizer, and residue management on crop productivity in non-irrigated semi-arid regions. Coupled with multi-year varietal improvement, rotation, and green manure studies, they define those practices which sustain soil productivity and improve crop...
Resource Type:: Technical Report
Full Text:: Management Effects on Soil Productivity and Crop Yield in Semi-Arid Regions of Eastern Oregon ,, 1 ,f

The Economic effect of soil erosion on wheat yields in eastern Oregon

Creator:: Thomas, Herman La Motte, 1901-, United States. Soil Conservation Service, Oregon State Board of Higher Education, and Oregon State College. Agricultural Experiment Station
Abstract:: Published November 1943. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalog
Resource Type:: Technical Report
Full Text:: eastern Oregon have suffered significant measurable losses of soil and productive capacity caused by

Acidifying soil for blueberries and ornamental plants in the yard and garden west of the Cascade Mountain Range in Oregon and Washington

Creator:: Oregon State University. Extension Service, Hart, John M. (John Mervyn), 1947-, Horneck, D., Stevens, R., Bell, Neil (Neil Charles), 1961-, and Cogger, Craig George, 1950-
Abstract:: Rhododendrons and blueberries are popular plants in home gardens in western Oregon and Washington. Both are easy to grow in most gardens, but problems with growth can occur if the soil is not sufficiently acidic. Even in the naturally acidic soil west of the Cascade Mountains, soil often is not...
Resource Type:: Technical Report
Full Text:: it by adding lime. The only plants that normally require soil acidification in western Oregon and

ScholarsArchive@OSU

Acidifying soil in landscapes and gardens east of the Cascades

Acidifying soil for crop production west of the Cascade Mountains

Eastern Oregon liming guide

El control del riego mediante la tension matricial del suelo

Irrigation monitoring using soil water tension

El control del riego mediante la tensión matricial del suelo

Irrigation monitoring using soil water tension

Long-term management effects on soil productivity and crop yield in semi-arid regions of Eastern Oregon

The Economic effect of soil erosion on wheat yields in eastern Oregon

Acidifying soil for blueberries and ornamental plants in the yard and garden west of the Cascade Mountain Range in Oregon and Washington

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